MIPS Processor Design

This repository contains the design and implementation of a MIPS processor simulator. The simulator can execute MIPS assembly programs for calculating factorial, Fibonacci sequence, and checking if a number is prime.

Repository Structure

• AssemblyCodes/: Contains sample MIPS assembly code for different programs.

  • factorial.asm: Assembly code to compute the factorial of a number.
  • fibonacci.asm: Assembly code to compute the Fibonacci sequence up to a given number.
  • prime.asm: Assembly code to check if a number is prime.

• MachineCodes/: Contains the machine code (binary representation) of the assembly programs.

  • factorialMachineCode.txt: Machine code for the factorial program.
  • fibonacciMachineCode.txt: Machine code for the Fibonacci program.
  • primeMachineCode.txt: Machine code for the prime-checking program.

• Processor.py: Python script that simulates the MIPS processor. It reads machine code and executes it, simulating the behavior of a MIPS processor.

Usage

1. Run the Processor Simulator: Execute the Processor.py script to run the MIPS processor simulator. You will be prompted to choose a program and provide an input value.

   python Processor.py

2. Choose a Program:

   • Enter 1 for the factorial program.
   • Enter 2 for the Fibonacci program.
   • Enter 3 for the prime-checking program.
   • Enter any other number to exit.

3. Provide Input: Enter the input value for the chosen program when prompted.

Files Description

AssemblyCodes

This folder contains the MIPS assembly code for different programs.

MachineCodes

This folder contains the machine code (binary representation) of the assembly programs.

Processor.py

This script simulates the MIPS processor. It reads machine code and executes it, simulating the behavior of a MIPS processor.